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Explore how the brain processes visual information and creates illusions through this comprehensive lecture that bridges neuroscience, mathematics, and art. Discover the fascinating world of optical illusions, from famous examples like the Ebbinghaus illusion to artistic masterpieces by Rubens and Munch that exploit perceptual quirks. Learn how visual signals are coded and decoded by the brain, leading to systematic misperceptions of shapes, sizes, orientations, and contours. Examine the mathematical modeling of geometric illusions, including illusory curves, orientation distortions, and size perception errors. Understand how these perceptual phenomena reveal fundamental principles about information processing in the visual system. Investigate the categorization of illusions into orientation, size, and completion types, and explore cutting-edge research into building mathematical theories that explain why our brains are systematically deceived. Delve into both solved and unsolved mysteries of visual perception, gaining insights into how our sensory systems construct our reality from incomplete and sometimes misleading information.
